An insole with silver antimicrobial technology made by electrolysis method in producing silver would be designed to provide protection against bacteria, fungus, and other microorganisms that can cause odors, infections, and other foot problems. The electrolysis method is considered to be a cost-efficient and environmentally-friendly way to produce silver, which can be used as an antimicrobial agent in the insole.

The use of silver as antimicrobial agents in the insole would disrupt the metabolic processes of microorganisms, preventing them from growing, multiplying, and generating unpleasant odors. The electrolysis method allows for the production of silver in a cost-efficient and eco-friendly way, meaning it may be less expensive compared to other methods of producing silver, and it is also less likely to have a negative impact on the environment. Additionally, the environmentally-friendly nature of the electrolysis method is important, as it helps to reduce the environmental impact of the production process. Furthermore, the cost-efficient solution could make the insole more accessible to more people, thus improving overall foot health and well-being for a larger number of people.

An insole that is supremely effective against microbes would be designed to protect against bacteria, fungi, and other microorganisms that can cause odors, infections, and other foot issues. This can be achieved using patented silver antibacterial technology (US 2022/0339188 A1), which has been shown in studies to destroy 99.9% of bacteria, fungi, and viruses within minutes of contact. Our Aginsole^TM Silver-Embedded Insoles have the highest level of effectiveness in preventing the growth of harmful microorganisms and stopping bacteria and fungus growth within the insole.

This effort matters as it is an essential aspect of maintaining foot hygiene and preventing infections caused by bacteria and fungus, especially for people who are prone to sweating, or have physically demanding jobs. It also helps to reduce the risk of fungal infections and other conditions like Athlete's foot, Jock itch, and Ringworm. This is especially important for people who are recovering from foot or ankle injuries, or have diabetes or other conditions that affect foot health. A high-quality insole with this feature can improve overall foot health and well-being, promoting a comfortable and hygienic environment for the foot.

An insole with long-time protection from odor would be designed to combat and prevent the growth of odor-causing bacteria within the insole, keeping the foot area fresh and hygienic. This kind of effort matters as it provides a comfortable and hygienic environment for feet and shoes. Unpleasant odors can be caused by bacteria that thrive in warm, damp environments, such as inside a shoe.

This is especially important for people who are on their feet for long periods of time, or for those who are prone to sweating, as well as athletes or people who have physically demanding jobs. People who have conditions like hyperhidrosis have a harder time keeping their feet dry and bacteria-free, causing unpleasant odor which can be embarrassing in some situations. A high-quality insole with this feature can help to prevent and control odors, and improve overall foot health and well-being, promoting a comfortable and hygienic environment for the foot.

An insole with ultra-soft and high rebound properties would be designed to provide maximum comfort and support for the foot. The ultra-soft material would cushion the foot and absorb impact, while the high rebound properties would help the insole maintain its shape and support the foot's arch. This combination of features would help to reduce fatigue and discomfort, making the insole ideal for individuals who stand or walk for long periods of time, or for those who are recovering from foot or ankle injuries. Additionally, the high rebound properties would also enhance the overall performance of the insole as it would help it to return to its original shape quickly which means more durability, thus maintaining support and cushioning for longer.